force
LOL no fuckin way you ever learned “quite a lot of them” (not even a logical response/conclusion following the comment) and then “forgot” everything about functional programming, but randomly spouted it out because you thought it was somehow relevant. You don’t know what you’re talking about at all and it shows. And you’re crying “other people think they’re intelligent”… do you have no self-awareness? How do you rationalize that you get a pass for saying and believing stupid shit, “I know I’m right and they’re wrong, science and logic says otherwise but I know that means logic is just liberal propoganda! Grrr!”
Let me guess, you coded a shitty notepad in Python one time or vaguely heard some people on r/ProgrammerHumor mention C++ pointers and Haskell and think you’re a “master hacker” now. Lmao
“I realize me trying to use terms I don’t know the meaning of in an argument makes me look stupid now to people who actually have knowledge about the subject, so I’m going to make a short and quippy comment to avoid trying to address my incompetently made claims and hope the other person lets me have the last word, or else I’m going to continue arguing because it would hurt my ego if they got to have the last word.” That is how you look to everyone else. Ancaps are very predictable. How many times have you tried to mic drop people today so far?
Pi isn’t a fraction (in the sense of a rational fraction, an algebraic fraction where the numerator and denominator are both polynomials, like a ratio of 2 integers) – it’s an irrational number, i.e. a number with no fractional form; as opposed to rational numbers, which are defined as being able to be expressed as a fraction. Furthermore, π is a transcendental number, meaning it’s never a solution to f(x) = 0
, where f(x)
is a non-zero finite-degree polynomial expression with rational coefficients. That’s like, literally part of the definition. They cannot be compared to rational numbers like fractions.
Every rational number (and therefore every fraction) can be expressed using either repeating decimals or terminating decimals. Contrastly, irrational numbers only have decimal expansions which are both non-repeating and non-terminating.
Since |r|<1 → ∑[n=1, ∞] arⁿ = ar/(1-r)
, and 0.999...
is equivalent to that sum with a = 9
and r = 1/10
(visually, 0.999... = 9(0.1) + 9(0.01) + 9(0.001) + ...
), it’s easy to see after plugging in, 0.999... = ∑[n=1, ∞] 9(1/10)ⁿ = 9(1/10) / (1 - 1/10) = 0.9/0.9 = 1)
. This was a proof present in Euler’s Elements of Algebra.
My entire job is using Scala, Rust, and Haskell, and I can guarantee that you have no fuckin idea what you’re on about. Like what even is that supposed to mean lmfao, you think monads will save your capitalism? Will you utilize lazy iterators to destroy the left wing? Did you just want to sound intellectual by using a random math term?
I was gonna disagree, but I couldn’t actually think of a functioning stateless ideology which allows private property. Anarchism is inherently for abolishing private property, so that’s out already. That mostly just leaves you with "anarcho-"capitalism which is just replacing the government with an ultra-capitalist power structure and decimating social mobility, it’s just an undemocratic state but shittier…
I have plenty of WEBP and every image editing/viewing application I have installed can use it fine. Including, but not limited to:
pdn, GIMP, Krita, Aseprite, InkScape, OpenToonz, IrfanView
I think Apple users have issues with Webm & Webp? But the issue here is using Apple products in the first place. Losing 90% of basic functionality is what you expect when using one of those.